Courses

45 different courses found | Cancel search

Faculty of Geo- and Atmospheric Sciences

INFO Bachelor's Programme Atmosphere Sciences according to the Curriculum 2010 (180 ECTS-Credits, 6 Semesters)

Compulsory Modules (172.5 ECTS-Credits)

Module 13: Mathematical Methods (7.5 ECTS-Credits, 5 h)

Prerequisites for registration: Positive completion of compulsory modules 1, 2 and 3.

Learning Outcome: Students can apply the mathematical methods they have learnt to problems of meteorology and of physics.

OLAT ML

705211

VO Mathematical Methods in Physics 1 (VO / 3h / 4,5 ECTS-AP)
Wolfgang Lechner

OLAT ML

705212

PS Mathematical Methods in Physics 1 (PS / 2h / 3 ECTS-AP)
Mikhail Baranov, Gemma De Las Cuevas Millan, Maike Drieb-Schön, Alexander Eberharter, Andreas Klingler, Patrick Maurer

Faculty of Teacher Education

Bachelor Secondary School Teacher Training Programme (General Education) according to the curriculum 2015 (240 ECTS-Credits, 8 semesters)

INFO Physics

Compulsory Modules (100 ECTS-Credits)

Compulsory Module 2: Mathematical Methods of Physics for Prospective Teachers (7.5 ECTS-Credits; 5 h)

Prerequisites for registration: none

Learning Outcome: Graduates are able to describe simple mathematical methods of physics and to apply them for solving physics problems. They are able to independently elaborate similar contents.

OLAT ML

705215

VO Mathematical Methods of Physics for Prospective Teachers (VO / 3h / 4,5 ECTS-AP)
Matthias Sonnleitner

OLAT ML

705216

PS Mathematical Methods of Physics for Prospective Teachers (PS / 2h / 3 ECTS-AP)
Matthias Sonnleitner

Compulsory Module 10: Theoretical Physics 2 for Prospectice Teachers (5 ECTS-Credits; 4 h)

Prerequisites for registration: none

Learning Outcome: Graduates are able to describe and explain electrodynamics as a basic of theoretical physics and to independently elaborate similar contents. They are able to generalize the fundamentals of theoretical electrodynamics and are able to apply this knowledge for solving problems and presentations in the classroom.

OLAT ML

705448

VU Theoretical Physics 2 for Prospectice Teachers (VU / 4h / 5 ECTS-AP)
Wolfgang Dür

Compulsory Module 16: Bachelor's Thesis (7.5 ECTS-Credits; 2 h)

Prerequisites for registration: successful completion of a total 65 ECTS-Credits from the Compulsory Modules 1 to 15 and 17

Learning Outcome: Graduates are able to demonstrate a professional and methodically correct approach to a field of physics and to illustrate it in writing and verbally in a clear and understandable way. They are able to impart information, ideas, problems and solutions to experts and interested laypersons. They have developed learning strategies which they need to continue their studies in a result-oriented way, in a given timeframe with a very high level of autonomy. They have comprehensive knowledge of a field of physics which offers them the possibility to develop and apply ideas creatively and innovatively. They are able to prepare contents in consideration of their pupils and present them in an understandable way and in consideration of modern didactical aspects.

OLAT ML

705616

SE Seminar with Bachelor's Thesis (SE / 2h / 7,5 ECTS-AP)
Wolfgang Dür, Emmerich Kneringer, Walter Saurer, Michael Schwarzer

COURSES

Providing the availability of places, courses amounting to 5 ECTS-Credits can be freely chosen from the Bachelor and Diploma Programmes offered at the University of Innsbruck, with the exception of the second teaching subject. It is recommended to pick courses in natural sciences and technology, science ethics and on gender-specific aspects, inclusive education, multilingualism, media pedagogy etc.

Compulsory Module 17: Interdisciplinary Skills (5 ECTS-Credits)

Prerequisites for registration: The prerequisites specified by the respective curricula must be met.

Learning Outcome: Graduates have acquired additional and advanced competences.

For further information about courses click COURSES.

OLAT ML

705750

SE Teaching Elementary Quantum Physics (SE / 2h / 3 ECTS-AP)
Wolfgang Dür

Faculty of Mathematics, Computer Science and Physics

INFO Bachelor's Programme Computer Science according to the Curriculum 2019 (180 ECTS-Credits, 6 semesters)

Compulsory Modules (165 ECTS-Credits)

COURSES Compulsory Module 22: Interdisciplinary Skills (10 ECTS-Credits)

Prerequisites for registration: Die in den jeweiligen Curricula festgelegten Anmeldungsvoraussetzungen sind zu erfüllen.

Learning Outcome: This module serves the acquisition of additional qualifications.

Nach Maßgabe freier Plätze sind Lehrveranstaltungen aus den Curricula der an der Universität Innsbruck eingerichteten Bachelor- und/oder Diplomstudien zu wählen. Es wird empfohlen, eine Lehrveranstaltung aus dem Bereich Gender Studies, Frauen- und Geschlechterforschung zu absolvieren.

OLAT ML

705865

SE Personal Mentoring SO (SE / ,5h / ,5 ECTS-AP)
Karin Schnass, Peter Thoman, Konstanze Zwintz

INFO Bachelor's Programme Physics according to the Curriculum 2007 (180 ECTS-Credits, 6 semesters)

Second Semester

Compulsory Module 19: Mathematical Methods of Physics 1 (7.5 ECTS-Credits, 5 h)

Prerequisites for registration: none

Learning Outcome: Students are able to explain and apply simple mathematical methods of physics. In particular, they know how to apply methods and probability calculus, common differential equations, Fourier series and integrals and the vector analysis in linear spaces in terms of problems in the field of physics and to independently elaborate similar contents.

OLAT ML

705211

VO Mathematical Methods in Physics 1 (VO / 3h / 4,5 ECTS-AP)
Wolfgang Lechner

OLAT ML

705212

PS Mathematical Methods in Physics 1 (PS / 2h / 3 ECTS-AP)
Mikhail Baranov, Gemma De Las Cuevas Millan, Maike Drieb-Schön, Alexander Eberharter, Andreas Klingler, Patrick Maurer

Fourth Semester

Compulsory Module 15: Theoretical Physics 2 (10 ECTS-Credits, 6 h)

Prerequisites for registration: none

Learning Outcome: Students are able to explain quantum theory as basics of theoretical physics and they are able to independently elaborate similar contents. They know how to generalize the basics of theoretical quantum theory and to apply for solving problems.

OLAT ML

705410

VO Theoretical Physics 2 (Quantum Theory) (VO / 4h / 6 ECTS-AP)
Hans Jürgen Briegel

OLAT ML

705412

PS Theoretical Physics 2 (Quantum Theory) (PS / 2h / 4 ECTS-AP)
Lukas Jan Fiderer, Hendrik Poulsen Nautrup

Sixth Semester

Compulsory Module 17: Theoretical Physics 4 (10 ECTS-Credits, 6 h)

Prerequisites for registration: none

Learning Outcome: Students are able to explain statistical physics as basics of theoretical physics and they are able to independently elaborate similar contents. They know how to generalize the basics of theoretical statistical physics and to apply for solving problems.

OLAT ML

705611

VO Theoretical Physics 4 (Statistical Physics) (VO / 4h / 6 ECTS-AP)
Thomas Franosch

OLAT ML

705612

PS Theoretical Physics 4 (Statistical Physics) (PS / 2h / 4 ECTS-AP)
Michele Caraglio, Daniel Benjamin Mayer

Compulsory Module 21: Seminar with Bachelor Thesis (10 ECTS-Credits, 2 h)

Prerequisites for registration: successful completion of courses with a total of 105 ECTS-Credits from the compulsory modules.

Learning Outcome: Students are able to demonstrate a professional and methodically correct approach to a partial area of physics and to illustrate it written and oral in a well-structured form. They know how to impart information, ideas, problems and solutions to experts lay people. They have developed learning strategies to continue their studies result-oriented in the time scope given with a high degree of autonomy. They have knowledge in a partial area of physics in an extent which offers them the possibility to develop and apply creative and innovative ideas.

OLAT ML

705615

SE Seminar with Bachelor's Thesis (SE / 2h / 10 ECTS-AP)
Hans Jürgen Briegel, Gemma De Las Cuevas Millan, Wolfgang Dür, Thomas Franosch, Barbara Kraus, Andreas Martin Läuchli Herzig, Wolfgang Lechner, Hannes Pichler, Helmut Ritsch, Josep Oriol Romero Isart, Mathias Scheurer

Elective Module 4: Interdisciplinary Competences I (5 ECTS-Credits)

Prerequisites for registration: none

Learning Outcome: Students are able to explain interdisciplinary fundamentals from the fields of engineering sciences, biology, chemistry and pharmacy, geo- and atmospheric sciences, interdisciplinary basics of gender aspects, advanced basics from one or several partial areas of physics, mathematics or computer sciences, beyond the courses of the Bachelor's Programme Physics or interdisciplinary basics of gender aspects, and their corresponding concepts.

Course with a total of up to 5 ECTS-Credits from the course offer at the Faculty of Biology, Chemistry and Pharmacy, Geo- and Atmospheric Sciences, Mathematics, Computer Sciences and Physics and Engineering Science set up at University of Innsbruck, but not at the same time courses of the Bachelor's Programme Physics, can be chosen freely. It is recommended to attend teaching units on the topic of the gender aspects of mathematics, informatics and physics.

OLAT ML

705865

SE Personal Mentoring SO (SE / ,5h / ,5 ECTS-AP)
Karin Schnass, Peter Thoman, Konstanze Zwintz

INFO Bachelor's Programme Mathematics according to the Curriculum 2007 (180 ECTS-Credits, 6 semesters)

Fifth Semester

COURSES Compulsory Module 23: Auxilary Skills (10 ECTS-Credits)

Prerequisites for registration: none

Learning Outcome: Students of this module have been given insights into topic areas that are covered by the content of modules 1-22.

Teaching units amounting to 10 ECTS-Credits are to be completed. This must include at least one unit on Ethics, Scientific Theory or Scientific History. It is recommended to choose a teaching unit on Gender Aspects in Mathematics, Informatics or Physics. For further information about courses click COURSES.

OLAT ML

705865

SE Personal Mentoring SO (SE / ,5h / ,5 ECTS-AP)
Karin Schnass, Peter Thoman, Konstanze Zwintz

Master's Programme Physics according to the Curriculum 2020 (120 ECTS-Credits, 4 semesters)

Compulsory Modules

INFO Compulsory Module 2:Critical Research Analysis (22,5 ECTS-Credits, 11h)

Prerequisites for registration: 30 ECTS-Credits passed in the study programme

Learning Outcome: Introduction to research-related project work including current literature; practical implementation of specific methods for current research projects; ability to carry out innovative projects under supervision; presentation and scientific communication of current research; advanced study of current topics in research

705801

SE Research Seminar: Modern Developments in Theroretical Physics 2021 (SE / 2h / 5 ECTS-AP)
Andreas Martin Läuchli Herzig, Helmut Ritsch

705802

SE Research Seminar: Cavity QED 2021 (SE / 2h / 5 ECTS-AP)
Helmut Ritsch

OLAT ML

705809

SE Research Seminar: Theoretical Biophysics and Nanophysics 2021 (SE / 2h / 5 ECTS-AP)
Thomas Franosch

705810

SE Research Seminar: Solid State Physics 2021 (SE / 2h / 5 ECTS-AP)
Andreas Martin Läuchli Herzig

705811

SE Research Seminar: Quantum Nanophysics 2021 (SE / 2h / 5 ECTS-AP)
Josep Oriol Romero Isart

OLAT ML

705812

SE Research Seminar: Quantum Information Science 2021 (SE / 2h / 5 ECTS-AP)
Hans Jürgen Briegel

OLAT ML

705813

SE Research Seminar: Entanglement and its Applications 2021 (SE / 2h / 5 ECTS-AP)
Barbara Kraus

705814

SE Research Seminar: Quantum Optics 2021 (SE / 2h / 5 ECTS-AP)
Hannes Pichler

Elective Modules

INFO Elective Module 3: Advanced Methods of Quantum Theory (10 ECTS-Credits, 6 h)

Prerequisites for registration: none

Learning Outcome: Advanced understanding in the field of theoretical physics with its general importance for quantum physics; ability to independently acquire further knowledge in the field

OLAT ML

705824

VU Advanced Theoretical Physics: Advanced condensed matter theory (VU / 3h / 5 ECTS-AP)
Mathias Scheurer

OLAT ML

705825

VU Advanced Quantum Many-Body Physics: Quantum Field Theory (VU / 3h / 5 ECTS-AP)
Andreas Martin Läuchli Herzig

OLAT ML

705828

VU Advanced Quantum Many-Body Physics: Modern Physics of Quantum Criticality (VU / 3h / 5 ECTS-AP)
Thomas Lang

INFO Elective Module 4:Advanced Topics in Quantum Science (10 ECTS-Credits, 6 h)

Prerequisites for registration: none

Learning Outcome: Advanced understanding of topics beyond the acquired basic knowledge; ability to independently familiarise oneself with current topical areas of quantum science

OLAT ML

705845

VU Specific Topics in Quantum Science A: Theoretic Quantum Optics and Quantum Information (VU / 3h / 5 ECTS-AP)
Helmut Ritsch

INFO Elective Module 11: Advanced Methods in Many-Body Theory (10 ECTS-Credits, 6 h)

Prerequisites for registration: none

Learning Outcome: Advanced understanding of the methods of many-body physics; ability to independently acquire advanced knowledge in the field of many-body physics

705722

VU Advanced methods in Many-Body Physics A: Modern Physics of Quantum Criticality (VU / 3h / 5 ECTS-AP)
Thomas Lang

705826

VU Advanced Methods in Quantum Many-Body Physics A: Quantum Field Theory (VU / 3h / 5 ECTS-AP)
Andreas Martin Läuchli Herzig

705829

VU Advanced Methods in Quantum Many-Body Physics B: Modern Physics of Quantum Criticality (VU / 3h / 5 ECTS-AP)
Thomas Lang

INFO Elective Module 21: Theoretical Specialisation (10 ECTS-Credits, 6 h)

Prerequisites for registration: none

Learning Outcome: Advanced understanding of special theoretical methods; ability to independently acquire further knowledge in the field

705827

VU Specific Theoretical Topics 1: Quantum Field Theory (VU / 3h / 5 ECTS-AP)
Andreas Martin Läuchli Herzig

705832

VU Specific Theoretical Topics 2: Modern Physics of Quantum Criticality (VU / 3h / 5 ECTS-AP)
Thomas Lang

COURSES Elective Module 22: Interdisciplinary Competences (10 ECTS-Credits)

Prerequisites for registration: The registration requirements of the respective curricula must be met.

Learning Outcome: Erweiterung des Studiums und Erwerb von Zusatzqualifikationen.

Providing the availability of places, courses from the Master's and/or Diploma programmes at the University of Innsbruck amounting to 10 ECTS-Credits can be freely chosen. For further information about courses click COURSES.

705722

VU Advanced methods in Many-Body Physics A: Modern Physics of Quantum Criticality (VU / 3h / 5 ECTS-AP)
Thomas Lang

705801

SE Research Seminar: Modern Developments in Theroretical Physics 2021 (SE / 2h / 5 ECTS-AP)
Andreas Martin Läuchli Herzig, Helmut Ritsch

705802

SE Research Seminar: Cavity QED 2021 (SE / 2h / 5 ECTS-AP)
Helmut Ritsch

OLAT ML

705803

SE Quantuminformation - current literature 2021 (SE / 2h / 3 ECTS-AP)
Hans Jürgen Briegel, Gemma De Las Cuevas Millan, Wolfgang Dür, Barbara Kraus

OLAT ML

705809

SE Research Seminar: Theoretical Biophysics and Nanophysics 2021 (SE / 2h / 5 ECTS-AP)
Thomas Franosch

705810

SE Research Seminar: Solid State Physics 2021 (SE / 2h / 5 ECTS-AP)
Andreas Martin Läuchli Herzig

705811

SE Research Seminar: Quantum Nanophysics 2021 (SE / 2h / 5 ECTS-AP)
Josep Oriol Romero Isart

OLAT ML

705812

SE Research Seminar: Quantum Information Science 2021 (SE / 2h / 5 ECTS-AP)
Hans Jürgen Briegel

OLAT ML

705813

SE Research Seminar: Entanglement and its Applications 2021 (SE / 2h / 5 ECTS-AP)
Barbara Kraus

705814

SE Research Seminar: Quantum Optics 2021 (SE / 2h / 5 ECTS-AP)
Hannes Pichler

705823

PS Quantum Field Theory (PS / 1h / 3 ECTS-AP)
Thomas Lang

OLAT ML

705824

VU Advanced Theoretical Physics: Advanced condensed matter theory (VU / 3h / 5 ECTS-AP)
Mathias Scheurer

OLAT ML

705825

VU Advanced Quantum Many-Body Physics: Quantum Field Theory (VU / 3h / 5 ECTS-AP)
Andreas Martin Läuchli Herzig

705827

VU Specific Theoretical Topics 1: Quantum Field Theory (VU / 3h / 5 ECTS-AP)
Andreas Martin Läuchli Herzig

OLAT ML

705828

VU Advanced Quantum Many-Body Physics: Modern Physics of Quantum Criticality (VU / 3h / 5 ECTS-AP)
Thomas Lang

705829

VU Advanced Methods in Quantum Many-Body Physics B: Modern Physics of Quantum Criticality (VU / 3h / 5 ECTS-AP)
Thomas Lang

705832

VU Specific Theoretical Topics 2: Modern Physics of Quantum Criticality (VU / 3h / 5 ECTS-AP)
Thomas Lang

705854

PS Theoretical Quantum Optics and Information (PS / 1h / 3 ECTS-AP)
Helmut Ritsch

OLAT ML

705865

SE Personal Mentoring SO (SE / ,5h / ,5 ECTS-AP)
Karin Schnass, Peter Thoman, Konstanze Zwintz

705894

VU Photons and Solids 2 (VU / 1h / 3 ECTS-AP)
Josep Oriol Romero Isart

For individual specialization modules of the curricula of the master¿s programmes of the University of Innsbruck corresponding to a maximum of 20 ECTS-Credits can be freely selected. The prerequisites specified by the respective curricula must be met.

Elective Module 23: Individual Choice of Specialisation (20 ECTS-Credits)

705854

PS Theoretical Quantum Optics and Information (PS / 1h / 3 ECTS-AP)
Helmut Ritsch

INFO Master's Programme Physics according to the Curriculum 2007 (120 ECTS-Credits, 4 semesters)

Second Semester

Elective Module 10: Theoretical Quantum Optics (7.5 ECTS-Credits, 4 h)

Prerequisites for registration: none

Learning Outcome: Graduates of this module are expected to understand and explain the content of the course, and to be able to apply the methods of the course. They should acquire the ability to further develop topics in Theoretical Quantum Optics and Quantum Information by themselves. Furthermore, they should acquire a basic understanding of Theoretical Quantum Optics and Quantum Information.

OLAT ML

705735

VO Theoretical Quantum Optics (VO / 3h / 4,5 ECTS-AP)
Helmut Ritsch

705854

PS Theoretical Quantum Optics and Information (PS / 1h / 3 ECTS-AP)
Helmut Ritsch

Elective Module 21: Mechanics of Continua and Theoretical Plasma Physics (7.5 ECTS-Credits, 4 h)

Prerequisites for registration: none

Learning Outcome: Graduates of this module are expected to understand and explain the content of the course, and to be able to apply the methods of the course. They should acquire the ability to further develop topics in Mechanics of Continua and Plasma Physics by themselves. Furthermore, they should acquire a basic understanding of the Mechanics of Continua and Theoretical Plasma Physics.

705856

VO Mechanics of Continua and Theoretical Plasma Physics (VO / 3h / 4,5 ECTS-AP)
Alexander Kendl

Third and Fourth Semester

Elective Module 3: Seminar (Q) (5 ECTS-Credits, 2 h)

Prerequisites for registration: none

Learning Outcome: Graduates of this module are expected to reflect the problems of quantum physics in a creative and methodical manner and to present the results clearly through written reports and/or oral presentation.

705741

SE Seminar (Q): solid state physics (SE / 2h / 5 ECTS-AP)
Andreas Martin Läuchli Herzig

705742

SE Seminar (Q): Quantum Nanophysics (SE / 2h / 5 ECTS-AP)
Josep Oriol Romero Isart

OLAT ML

705743

SE Seminar (Q): Cavity QED (SE / 2h / 5 ECTS-AP)
Helmut Ritsch

705745

SE Seminar (Q): Quantum Optics (SE / 2h / 5 ECTS-AP)
Hannes Pichler

705748

SE Seminar (Q): Quantum Information Science (SE / 2h / 5 ECTS-AP)
Hans Jürgen Briegel

OLAT ML

705749

SE Seminar (Q): Entanglement and its Applications (SE / 2h / 5 ECTS-AP)
Barbara Kraus

Elective Module 16: Seminar (I) (5 ECTS-Credits, 2 h)

Prerequisites for registration: none

Learning Outcome: Graduates of this module are expected to reflect the problems of Ion and Applied Physics in a creative and methodical manner and to present the results clearly in a written reports and/or oral presentation.

705740

SE Seminar (I): Theoretical biophysics and nanophysics (SE / 2h / 5 ECTS-AP)
Thomas Franosch

Graduates should enroll in lecture courses of the Faculty of Mathematics, Computer Science and Physics marked by 'WP' (Wahlmodul Physik = elective module in Physics) corresponding to a workload of 15 ECTS-Credits. Alternatively, they may enroll in modules of the Master Programmes in Mathematics or Computer Science, which are not part of the Master Programme in Physics.

Elective Module 38: Elective Module (15 ECTS-Credits)

Prerequisites for registration: The prerequisites specified in the respective curricula must be met.

Learning Outcome: Graduates should acquire further knowledge in addition to the contents of the compulsory modules (2) and the elective modules (3) out of the fields of Mathematics or Computer Science or further knowledge in one or more fields of Physics.

705722

VU Advanced methods in Many-Body Physics A: Modern Physics of Quantum Criticality (VU / 3h / 5 ECTS-AP)
Thomas Lang

OLAT ML

705803

SE Quantuminformation - current literature 2021 (SE / 2h / 3 ECTS-AP)
Hans Jürgen Briegel, Gemma De Las Cuevas Millan, Wolfgang Dür, Barbara Kraus

OLAT ML

705824

VU Advanced Theoretical Physics: Advanced condensed matter theory (VU / 3h / 5 ECTS-AP)
Mathias Scheurer

OLAT ML

705825

VU Advanced Quantum Many-Body Physics: Quantum Field Theory (VU / 3h / 5 ECTS-AP)
Andreas Martin Läuchli Herzig

OLAT ML

705828

VU Advanced Quantum Many-Body Physics: Modern Physics of Quantum Criticality (VU / 3h / 5 ECTS-AP)
Thomas Lang

705833

PS Quantum Field Theory (PS / 1h / 3 ECTS-AP)
Thomas Lang

705894

VU Photons and Solids 2 (VU / 1h / 3 ECTS-AP)
Josep Oriol Romero Isart

INFO "Doctor of Philosophy" - Doctor of Philosophy Programme Computer Sciences according to the Curriculum 2009 (180 ECTS-Credits, 6 semesters)

Compulsory Modules (30 ECTS-Credits)

Compulsory Module 4: Interdisciplinary Seminar in the PhD Program (5 ECTS-Credits, 2 h)

Prerequisites for registration: none

Learning Outcome: Students are able to actively reflect on the current state of knowledge in the area of the dissertation and related science disciplines. They possess didactic skills which enable them to clearly present their research results in an interdisciplinary context and explain complicated correlations in a clearly understandable manner.

OLAT ML

705900

SE MIP-Seminar (SE / 2h / 5 ECTS-AP)
Thomas Franosch, Karin Schnass, Peter Thoman

INFO "Doctor of Philosophy" - Doctor of Philosophy Programme Physics according to the Curriculum 2009 (180 ECTS-Credits, 6 semesters)

Compulsory Modules (30 ECTS-Credits)

Compulsory Module 2: Scientific Basics/Core Skills in the Thesis Topic (10 ECTS-Credits)

Prerequisites for registration: none

Learning Outcome: Having successfully completed this module, students are able to discuss the current state of knowledge in the area of the dissertation and can critically reflect on and discuss issues with experts of the chosen sub discipline. On this basis, they are able to make their own contributions to research. Likewise the students have interface knowledge at a high professional level which is needed for the implementation of the dissertation.

OLAT ML

705749

SE Seminar (Q): Entanglement and its Applications (SE / 2h / 5 ECTS-AP)
Barbara Kraus

705801

SE Research Seminar: Modern Developments in Theroretical Physics 2021 (SE / 2h / 5 ECTS-AP)
Andreas Martin Läuchli Herzig, Helmut Ritsch

705802

SE Research Seminar: Cavity QED 2021 (SE / 2h / 5 ECTS-AP)
Helmut Ritsch

OLAT ML

705803

SE Quantuminformation - current literature 2021 (SE / 2h / 3 ECTS-AP)
Hans Jürgen Briegel, Gemma De Las Cuevas Millan, Wolfgang Dür, Barbara Kraus

OLAT ML

705809

SE Research Seminar: Theoretical Biophysics and Nanophysics 2021 (SE / 2h / 5 ECTS-AP)
Thomas Franosch

705810

SE Research Seminar: Solid State Physics 2021 (SE / 2h / 5 ECTS-AP)
Andreas Martin Läuchli Herzig

705811

SE Research Seminar: Quantum Nanophysics 2021 (SE / 2h / 5 ECTS-AP)
Josep Oriol Romero Isart

OLAT ML

705812

SE Research Seminar: Quantum Information Science 2021 (SE / 2h / 5 ECTS-AP)
Hans Jürgen Briegel

705814

SE Research Seminar: Quantum Optics 2021 (SE / 2h / 5 ECTS-AP)
Hannes Pichler

OLAT ML

705825

VU Advanced Quantum Many-Body Physics: Quantum Field Theory (VU / 3h / 5 ECTS-AP)
Andreas Martin Läuchli Herzig

OLAT ML

705828

VU Advanced Quantum Many-Body Physics: Modern Physics of Quantum Criticality (VU / 3h / 5 ECTS-AP)
Thomas Lang

705894

VU Photons and Solids 2 (VU / 1h / 3 ECTS-AP)
Josep Oriol Romero Isart

Compulsory Module 3: Participation in the Academic Discussion (5 ECTS-Credits)

Prerequisites for registration: none

Learning Outcome: Becoming familiar with current research findings, presenting research results in national and international forums, acquiring basic skills in international networking and in research management and in applying for research funds; students analyse and critically assess their own research results and those of others; creation of a culture that is committed to Research ethics and rejects plagiarism.

OLAT ML

705803

SE Quantuminformation - current literature 2021 (SE / 2h / 3 ECTS-AP)
Hans Jürgen Briegel, Gemma De Las Cuevas Millan, Wolfgang Dür, Barbara Kraus

Compulsory Module 4: Interdisciplinary Seminar in the PhD Program (5 ECTS-Credits, 2 h)

Prerequisites for registration: none

OLAT ML

705900

SE MIP-Seminar (SE / 2h / 5 ECTS-AP)
Thomas Franosch, Karin Schnass, Peter Thoman

INFO "Doctor of Philosophy" - Doctor of Philosophy Programme Mathematics according to the Curriculum 2009 (180 ECTS-Credits, 6 semesters)

Compulsory Modules (30 ECTS-Credits)

Compulsory Module 4: Interdisciplinary Seminar in the PhD Program (5 ECTS-Credits, 2 h)

Prerequisites for registration: none

OLAT ML

705900

SE MIP-Seminar (SE / 2h / 5 ECTS-AP)
Thomas Franosch, Karin Schnass, Peter Thoman

Booking periods for courses